How can Manhart (Guangdong) CNC Machine Tool Co., Ltd. achieve high precision and stability in its oil electric servo CNC bending machine?

The key to achieving high precision and stability in the oil electric servo CNC bending machine lies in its advanced control system and precise mechanical structure. Here are some main methods and mechanisms:
1. Advanced Control System: The oil electric servo CNC bending machine adopts an advanced CNC system, which sets bending parameters through programming to achieve precise control of actuators (such as servo motors, hydraulic cylinders, etc.). The CNC system can adjust the motion speed, position, and force of the actuator in real time, ensuring high precision and stability during the bending process. Meanwhile, the use of feedback components such as displacement sensors enables the CNC system to monitor and adjust the position of actuators in real time, further improving bending accuracy.
2. * * Accurate Mechanical Structure * *: The mechanical structure of the bending machine is carefully designed and manufactured using high-strength and high-precision materials to ensure sufficient rigidity and stability during the bending process. In addition, lubrication and maintenance of mechanical structures are also important steps in achieving high precision and stability.
3. Application of Servo Motor: Servo motor is a key component in achieving high-precision control in oil electric servo CNC bending machines. It has the characteristics of fast response speed and high position accuracy, and can accurately control the position and speed of the actuator. Through the coordination of programming system and main controller, servo motor can accurately achieve bending action according to set parameters, thereby ensuring bending accuracy and stability.
4. Optimization of hydraulic system: In hydraulic transmission bending machines, the stability and accuracy of the hydraulic system have a significant impact on the bending effect. By optimizing the design of hydraulic cylinders, improving the accuracy of hydraulic valves, and optimizing the selection of hydraulic oil, the stability and accuracy of hydraulic systems can be further improved, thereby achieving higher quality bending effects.
In summary, the oil electric servo CNC bending machine has achieved high precision and stability through advanced control systems, precise mechanical structures, application of servo motors, and optimization of hydraulic systems. The application of these technologies not only improves the performance of the bending machine, but also enhances the efficiency and quality of the entire manufacturing process.